03) Two-gram moles of carbon dioxide are heated from 400°C to 1100°C. Calculate AH by integrating the heat capacity equation for carbon dioxide. Compare your result with the value calculated from the...

Extracted text: 03) Two-gram moles of carbon dioxide are heated from 400°C to 1100°C. Calculate AH by integrating the heat capacity equation for carbon dioxide. Compare your result with the value calculated from the enthalpy tables for the combustion gases. End of the Questions


Extracted text: 100% Appendix Table Ql: Diffusivities and Permeabilities of gases in solid materials Digusion Coefficient [m/s] Solubility, S sohte(STP) solid-atm Permeability, P solte(STP S-atm/m Solute Solid (B) TIK) H2 Vulcanized rubber 298 0.85(10-) 0.342(10 1) 0.040 0.21(10-9) 0.15(10-) 0.11(10-9) 290 298 298 298 N2 CO2 Vulcanized 0.070 0.035 0.152(10 1) 0.054(10 10) 1.01(10 1) 0.90 H2 0.103(10-) 0.051 neoprene 300 0.180(10 ) 0.053 H2 Polyethylene O2 N2 Nylon 298 303 6.53(10-12) 4.17(10 12) 1.52(10 2) 0.029(10 12) 0.0152(10 12) 0.15-0.68 x 10-4 303 303 O2 N2 Air 303 English leather 298 H,O Wax H,O Cellophane He 0.16(10 1) 0.91-1.82(10 1) 4.86(10 15) 20.1(10 1) 306 311 Pyrex glass 293 373 2.4-5.5(10 ) 2.59(10 ) 293 Acti He SiO, 293 0.01 o to 293 H, Al Fe Cu 1.3(10 )